How to improve the heat resistance of polymer materials!?
◎Heat-resistant materials with increasing demand in fields such as electrical, electronic, optical components, and the automotive sector ◆ Technologies for improving heat resistance using various methods and approaches! ◆ Design guidelines for heat resistance improvement! ◆ Composite technologies such as organic-inorganic hybrids ◆ Control of polymer crystallization and enhancement of heat resistance ◆ Control of chemical structure and crosslinking structure ◆ Concepts of physical heat resistance and chemical heat resistance ◆ Relationship between glass transition temperature and molecular structure ◆ Molecular design considering the cohesion and rigidity of polymers ◆ Evaluation techniques for the heat resistance of polymer materials
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Publication Date: December 20, 2013 Price: 56,000 yen + tax Format: B5 size, 233 pages ISBN: 978-4-86502-050-2 *For detailed content, please download the catalog.*
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Chapter 1: High Heat Resistance through Organic-Inorganic Hybrid, Nanocomposites, and Composite Materials Section 1: High Heat Resistance of Composite Materials through Organic-Inorganic Hybrids Section 2: Improvement of Heat Resistance of Silicone through Organic-Inorganic Hybrids Section 3: Heat-Resistant Nanofibers Section 4: Heat Resistance of Composites with High Thermal Conductivity Fillers Section 5: Nanocomposite Transparent Thin Films Chapter 2: Control of Crystallization in Polymers and Improvement of Heat Resistance Chapter 3: High Heat Resistance of Various Resin Materials Section 1: Heat-Resistant Polyimides Section 2: Alicyclic Polyimides Section 3: High Heat-Resistant Polyamides Section 4: Epoxy Section 5: Polyurethane Section 6: Polybenzoxazine Section 7: High Molecular Weight Phenolic Resins Chapter 4: High Heat Resistance of Optical Materials and Films Section 1: Optically Transparent Resins Section 2: Cycloolefin Polymers Section 3: High Durability and High Heat-Resistant Hard Coat Films Section 4: High Heat-Resistant and High Gas Barrier Films Chapter 5: High Heat Resistance of Plant-Derived and Bioplastics Section 1: High Heat-Resistant Plant-Derived Plastics Section 2: Crystallization and Heat Resistance of Polylactic Acid Chapter 6: High Heat Resistance of Adhesives and Sealants Section 1: UV Adhesives Section 2: Sealants for Power Devices Chapter 7: Evaluation of Heat Resistance in Polymer Materials
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The information organization aims to contribute to industry development through technology seminars in fields such as chemistry, pharmaceuticals, electronics, machinery, environment, cosmetics, and food, as well as the publication of technical books, correspondence education courses, and DVDs that record seminars.
